The complete set of lectures related to the advanced 5G course can be ordered from this link researcherstore.com/courses/advanced-5g-and-beyond-technologies-beginner-to-expert/ ======== The simulation codes of OTFS can be found at this link: researcherstore.com/product/otfs-matlab-codes-orthogonal-time-frequency-space-modulation/ ======= The slides of this presentation along with other ones can be researcherstore.com/product/slides-of-all-the-lectures-of-the-course-titled-advanced-radio-access-network-ran-technologies-5g-and-6g/ ======= You may join our training courses at this link researcherstore.com/profile/advanced-telecom/ You may also check and read our latest journal publications at this link wislab.researcherstore.com/publications/journal-articles ====== For requesting consultation and mentorship services from Dr. Hamamreh, you may contact him at this email jehad.hamamreh@researcherstore.com
very good session Jehad, one correction at 27:55, can't think of any channel (impulse response) look like that, usually it's a dispersed version of the dirac pulse.
The slides of this presentation along with other ones can be researcherstore.com/product/slides-of-all-the-lectures-of-the-course-titled-advanced-radio-access-network-ran-technologies-5g-and-6g/
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The complete set of lectures related to the advanced 5G course can be ordered from this link
researcherstore.com/courses/advanced-5g-and-beyond-technologies-beginner-to-expert/
========
The simulation codes of OTFS can be found at this link: researcherstore.com/product/otfs-matlab-codes-orthogonal-time-frequency-space-modulation/
=======
The slides of this presentation along with other ones can be researcherstore.com/product/slides-of-all-the-lectures-of-the-course-titled-advanced-radio-access-network-ran-technologies-5g-and-6g/
=======
You may join our training courses at this link
researcherstore.com/profile/advanced-telecom/
You may also check and read our latest journal publications at this link wislab.researcherstore.com/publications/journal-articles
======
For requesting consultation and mentorship services from Dr. Hamamreh, you may contact him at this email jehad.hamamreh@researcherstore.com
Excellent session and Nice presentation, Thank you
Nice presentation, Thank you Dr. Jehad!
what an amazing explination thank you ss much.
Nice tutorial, there are other good ones for PHY security etc. I will review all of them. Thanks for the sharing.
very good session Jehad, one correction at 27:55, can't think of any channel (impulse response) look like that, usually it's a dispersed version of the dirac pulse.
This representation is used to simplify the understanding and visualization of the delay-doppler domain channel in a discrete format.
Sir, please can I get the MATLAB code for pilot aided channel estimation of OTFS modulation ??
Hi dear Dr, can you please explain how delay resolution 1/M.delta f and doppler resolution 1/NT are calculated?
Delay resolution and doppler resolution are calculated based on the coherence bandwidth and coherence time values of the channel.
binary codes are brute force to work
0121 0330 tenary code no work at all?
Sir, can i get the ppt of this lecture.
I think some slides show Cohere logo, maybe that is the best way to find the originals.
The slides of this presentation along with other ones can be researcherstore.com/product/slides-of-all-the-lectures-of-the-course-titled-advanced-radio-access-network-ran-technologies-5g-and-6g/